CN203661955U

CN203661955U - Large spiral juicer

Info

Publication number: CN203661955U
Application number: CN201320683370.0U
Authority: CN
Inventors: 章启强
Original assignee: Shaoxing University Yuanpei College
Current assignee: Shaoxing University Yuanpei College
Priority date: 2013-11-01
Filing date: 2013-11-01
Publication date: 2014-06-25
Anticipated expiration: 2023-11-01

Abstract

The utility model provides a large spiral juicer which comprises a support, a shell, a feeding bin, a juice outlet, a spiral rotor, a filtering net and a rotation shaft. The shell is installed on the support and a rotation shaft support is arranged on the support. The rotation shaft horizontally penetrates through the shell. The two ends of the rotation shaft are installed on the rotation shaft support. The spiral rotor is installed on the rotation shaft. The filtering net is arranged between the spiral rotor and the inner wall of the shell. The feeding bin is arranged above one end of the shell. The juice outlet is formed in the lower end of the shell. A rotation speed sensor is arranged on the support. A controller is arranged on the support and connected with the rotation speed sensor. The large spiral juicer has the advantages that the rotation speed can be monitored and controlled according to fruits and vegetables of different rigidity degrees so that the juicer can automatically output a reasonable rotation speed and torque to carry out squeezing and oxidization of juice can be reduced to the maximum.

Description

A kind of large-scale spiral formula juice extractor

Technical field

The utility model relates to a kind of juice extractor for food processing, relates in particular to a kind of large-scale spiral formula juice extractor.

Background technology

Juice extractor is a kind of machine that fruits and vegetables can be squeezed into fast to Juice, the large-scale food processing factory that is applicable to, small-sized can family expenses.We find the soft or hard degree varies sample of the various fruits and vegetables that are squeezed, and every kind of suitable rotating speed and moment of torsion squeezing for fruits and vegetables, can reduce the oxidation of fruit juice and the appearance of foam.

In current known technology, we retrieve Xinghua City Tong Ke Machinery Co., Ltd. and have applied for disclosing a kind of improved spiral continuous juicer in 2010.05.24, and Granted publication number is CN 201700366 U; In this scheme, disclose this kind of spiral continuous juicer and comprised frame, motor, decelerator, shaft coupling, the shaft coupling of this machine is connected with spiral screw rod, strengthening gradually helical pitch simultaneously along discharge bucket direction screw diameter reduces gradually, the other end of described spiral screw rod is provided with discharge bucket and moisture governor motion, described spiral screw rod periphery is provided with screen drum, described screen drum is provided with feed hopper near the top of one end of shaft coupling, and the bottom of described screen drum is provided with juice collection dish; Owing to not turning accordingly monitoring and control appliance, can only take fixing rotating speed squeezing to the fruits and vegetables of different soft and hard, can cause squeezing when some vegetables and fruits due to moment of torsion and reason rotating speed, make fruit juice follow air too much to contact the oxidation reaction that has increased fruit juice, produce too much bubble simultaneously, make squeezing fruit juice out impaired in nutrition, color and luster and clarity.

Large-scale juice extractor in commercial Application more needs rotating speed and moment of torsion to carry out good control in use, can hold out the quality of juice, and large-scale juice extractor of the prior art does not have rotation speed monitoring and control assembly, causes processing effect not ideal enough.

Utility model content

The problem existing for above-mentioned prior art, the invention provides a kind of juice extractor, has the function that can monitor and control rotating speed, reduces the problem of oxidation of fruit juice, makes a juice extractor can adapt to the needs of squeezing the juice of multiple fruits and vegetables.

To achieve these goals, the technical solution adopted in the utility model is: a kind of large-scale spiral formula juice extractor is provided, comprise support, housing, feeding warehouse, juice opening, helical rotor, filter screen and rotating shaft, described housing is installed on support, on support, be provided with two rotary shaft racks, in housing, level is penetrated with rotating shaft, rotating shaft two ends are installed on rotary shaft rack, helical rotor is arranged in rotating shaft and is positioned at housing, between helical rotor and inner walls, be provided with filter screen, the top of housing one end is provided with feeding warehouse, juice opening is arranged at the lower end of housing, on support, be provided with a speed probe, on support, be provided with a controller simultaneously, speed probe is connected with speed probe.

The beneficial effects of the utility model are: owing to being provided with speed probe and controller, make juice extractor can carry out according to the fruits and vegetables of different soft and hard degree monitoring and the control of rotating speed, making juice extractor automatically or manually export rational rotating speed and moment of torsion squeezes, thereby can reduce to greatest extent the oxidation of fruit juice, make fruit juice retain more nutrient and beautiful outward appearance.

Brief description of the drawings

Fig. 1 is the structural representation of the utility model embodiment;

Fig. 2 is the overall structure schematic diagram of the utility model embodiment;

Fig. 3 is the structure cutaway view of the utility model embodiment.

In figure: 1-support, 2-housing, 3-filter screen, 4-helical rotor, 5-feeding warehouse, 6-speed probe, 7-controller, 8-juice opening, 9-rotating shaft, 11-rotary shaft rack, 12-decelerator, 13-motor, 14-shaft coupling, 15-discharging opening, 16, discharging mouth mask.

Detailed description of the invention

Below in conjunction with drawings and Examples, the utility model is described in further detail.

As shown in Figure 1, Figure 2, Figure 3 shows, the utility model provides a kind of large-scale spiral formula juice extractor, comprises support 1, housing 2, filter screen 3, helical rotor 4, feeding warehouse 5, speed probe 6, controller 7, juice opening 8, rotating shaft 9, rotary shaft rack 11, decelerator 12, motor 13, shaft coupling 14, discharging opening 15, discharging mouth mask 16; Its middle shell 2 is installed on support 1, on support 1, be provided with two rotary shaft racks 11, be penetrated with rotating shaft 9 in the interior level of housing 2, rotating shaft 9 two ends are installed on rotary shaft rack 11, helical rotor 4 is arranged in rotating shaft 9 and is positioned at housing 2, the top of housing 2 one end is provided with feeding warehouse 5, and fruits and vegetables are dropped in housing 2 by feeding warehouse 5, and the helical rotor 4 of rotation goes out juice toward other end extruding fruits and vegetables; Between helical rotor 4 and housing 2 inwalls, be provided with filter screen 3, make under juice stream, residue continues to be extruded toward the other end to be carried; Be positioned on the support 1 of the other end and be provided with discharging opening 15, residue is squeezed out housing 2 from the opening of the other end by helical rotor 4, and discharges by discharging opening 15, and discharging opening 15 tops are provided with discharging mouth mask 16, prevent that residue from splashing; Juice opening 8 is arranged at the lower end of housing 2, for being collected in the juice being squeezed out in housing 2, can collect the juice of squeezing out by bucket type juice opening 8; Rotating shaft 9 is connected with decelerator 12 by shaft coupling 14, and motor 13 is installed on decelerator 12, and motor 13 is for driving this large-scale spiral formula juice extractor.

We are provided with a speed probe 6 on support 1, because different fruits and vegetables have different hardness, the load of the large machine of hardness is just large, the rotating speed of motor is just affected, because causing the moment of torsion of helical rotor 4, the difference of rotating speed changes, the Juice of squeezing out is like this due to unsettled rotating speed and moment of torsion, can make the juice degree of oxidation can not be well controlled, can produce bubble simultaneously, affect the quality of Juice and the reserving degree of nutritional labeling, sensor 6 can be monitored the variation of rotating speed, then signal is transferred to controller 7, controller 7 can be controlled by Lookup protocol or manually the rotating speed of adjusting motor 13, make rotating speed and moment of torsion adapt to the fruits and vegetables kind of squeezing, better control oxidation and the foaming degree of fruit juice, the nutritional labeling of fruit juice is farthest retained, while, a machine can adapt to the squeezing of multiple fruits and vegetables, save production cost.

Claims

1. a large-scale spiral formula juice extractor, comprise support (1), housing (2), feeding warehouse (5), juice opening (8), helical rotor (4), filter screen (3) and rotating shaft (9), described housing (2) is installed on support (1), on support (1), be provided with two rotary shaft racks (11), in housing (2), level is penetrated with rotating shaft (9), the two ends of rotating shaft (9) are installed on rotary shaft rack (11), helical rotor (4) is arranged on rotating shaft (9) above and is positioned at housing (2), between helical rotor (4) and housing (2) inwall, be provided with filter screen (3), the top of housing (2) one end is provided with feeding warehouse (5), juice opening (8) is arranged at the lower end of housing (2), it is characterized in that: on support (1), be provided with a speed probe (6), on support (1), be provided with a controller (7) simultaneously, controller (7) is connected with speed probe (6).